Leveraging the Power of Thermal Engineering to Power Modern Technology

Adeoye came to UCF from Nigeria after earning a bachelor’s degree in engineering from the Federal University of Technology Akure, where he graduated with high honors as the top student in the mechanical engineering department. Since accepting admission, he hasn’t regretted his decision saying, “I find the class options offered to be very holistic. I have learned a great deal of new principles and approaches in solving engineering problems from the start of my program.”

Adeoye earned his master’s degree in mechanical engineering from UCF as well as his mechanical engineering PhD. As a doctoral student, he worked on research that focused on thermal management of electronic devices where he studied heat transfer rates in miniaturized electronic chips. His passion for learning and drive to work things out even after repeated failures are what draws him to his research. “It’s a very advanced area of research. It is also quite challenging and motivates me to see new potentials in myself,” he says. In 2019, he spent a month working at the Cornell Nanoscale Facility at Cornell University. During this trip, Adeoye spent time in training to work in the facility and formulated recipes for achieving his target device.

After graduation, Adeoye has continued to pursue an engineering career, working alongside renowned researchers. “To me, engineering is not just about playing with machines or working on math formulas. Engineering is really about fulfilling a need within society, and I am devoted to contributing to the world professionally and academically through this field,” Adeoye says.